Turpentine collecting masson pine bark automatically scraping and grooving machine for natural resin preparation

Abstract

The invention discloses a turpentine collecting masson pine bark automatically scraping and grooving machine for natural resin preparation. The turpentine collecting masson pine bark automatically scraping and grooving machine for natural resin preparation comprises a chassis, the bottom of the chassis is provided with electrically driven wheels, the top of the chassis is provided with a singlechip microcomputer, a power supply, an adjusting mechanism and a cleaning agent storage tank. The turpentine collecting masson pine bark automatically scraping and grooving machine for natural resin preparation has the advantages that the singlechip microcomputer drives the electrically driven wheels to work to move the chassis to a working area, so that external moving equipment can saved, and further trouble for mounting the turpentine collecting masson pine bark automatically scraping and grooving machine for natural resin preparation onto the moving equipment can be saved; the singlechip microcomputer controls a mechanical arm to work, the moving end of the mechanical arm drives a mounting frame to move and further to move a scraper to a position to be scraped, and the moving actions of the scrapes include extension and retraction, lifting and rotation; the turpentine collecting masson pine bark automatically scraping and grooving machine for natural resin preparation is high in flexibility and adjusting capability and convenient to operate.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an automated device called a compound robot (CAM) used during wood collection or groove cutting operations. Unlike traditional machines like hydraulics, this CAM can be moved without any physical tools attached to them. Instead, it uses a special type of mechanism called a mono chip computer controllled by one small piece of software. By manipulating these movements, the CAM automatically moves backward towards the surface being worked upon while also performing other functions such as cleaning and lubrication. Additionally, there're several technical features associated with this new system including control over various aspects related to the motion and power supply needed for smooth functioning. Overall, this innovative design improves the performance and functionality of the CAPM.

Problems solved by technology

This invention relates to an apparatus used by collectors that uses Natural Resins (R) or other materials like Turquoise rubber). These machines require frequent maintenance due to their large size and weight making it difficult to move around without getting dirty from being kept outdoors. Additionally, these machines can be expensive because they contain many parts such as motive devices, sensory components, etc., which makes them prone to damage over time when stored outside.

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